Two identical short bar magnets, each of magnetic moment , are placed perpendicular to each other at a distance apart. The magnetic field at a point midway between them on the line joining their centers is:
\frac{\sqrt{5} \mu_0 M}{2\pi d^3}
\frac{2\sqrt{5} \mu_0 M}{\pi d^3}
\frac{2 \mu_0 M}{\sqrt{5}\pi d^3}
\frac{4\sqrt{5} \mu_0 M}{\pi d^3}
Related Questions
A bar magnet is long, and is kept with its north (N)- pole pointing north. A neutral point is formed at a distance of from each pole. Given the horizontal component of earth’s field to be 0.4 Gauss, the pole strength of the magnet is
26.6 A m
53.3 A m
106.6 A m
13.3 A m
